Lenovo ThinkSystem Nytro 3732 Performance - SSD - 400 GB - hot-swap - 2.5 - SAS 12Gb/s - for ThinkAgile VX3530-G Appliance; VX7530 Appliance; VX7531 Certified Node"
- Performance server SSD suitable for write-intensive workloads
- Endurance of 10 drive-writes per day (DWPD)
- SAS 12 Gbps interface
- Seagate 3D eTLC flash technology
- Power loss data protection
- Supports Self-Monitoring, Analysis and Reporting Technology (S.M.A.R.T)
- Supports up to 32 initiators with Tag Command Queuing (TCQ) Command Set with a queue-depth of up to 128 commands
- RoHS compliant
- Advanced Encrypting Standard (AES) 256-bit encryption
The ThinkSystem Nytro 3732 Performance SAS 12 Gb solid-state drives (SSDs) are high-performance SSDs suitable for write-intensive applications of running on ThinkSystem servers.
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Robust durability
Engineered to withstand tough conditions, the Lenovo ThinkSystem Nytro 3732 Performance SSD endures up to 7300 TB of total bytes written over its lifetime, complemented by a high non-recoverable error rate of 1 per 10^17, ensuring data integrity and reliability.
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High-speed performance
With an impressive internal data rate of 1100 MBps for reading and 950 MBps for writing, alongside maximum 4KB random read IOPS of 170,000 and write IOPS of 200,000, this solid state drive delivers swift and efficient data access and transfer speeds, making it ideal for performance-intensive applications.
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Enhanced security
The Lenovo ThinkSystem Nytro 3732 Performance SSD comes equipped with 256-bit AES compliance standards, providing robust data encryption and security to protect sensitive information from unauthorized access.
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Energy efficient
Optimized for energy savings, this SSD features a power consumption of only 9.3 watts during read operations and 7.7 watts during write operations, reducing operational costs and supporting eco-friendly computing environments.
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Advanced features
Incorporating Tagged Command Queuing (TCQ) and power loss data protection, this SSD ensures efficient queuing of commands and safeguards against data loss in the event of unexpected power failures, enhancing overall system reliability.
